Savitribai Phule Pune University, Maharashtra, Mechanical Engineering Semester 3, Solid Mechanics Syllabus

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Unit - 1 Simple stress & strain
1.1 Introduction to types of loads Static Dynamic Impact Loading and various types of stresses with applications
1.2 Hooke’s Law
1.3 Poisson’s Ratio
1.4 Modulus of Elasticity
1.5 Modulus of Rigidity
1.6 Bulk Modulus
1.7 Interrelation between Elastic Constants
1.8 Stressstrain diagram for ductile and brittle materials
1.9 Factor of Safety.
1.10 Stresses and strains in determinate and indeterminate beam
1.11 Homogeneous and composite bars under concentrated load and selfweight
1.12 Temperature stress in plain and composite members
Unit - 2 SFD & BMD
2.1 Introduction to SFD and BMD with application
2.2 SFD BMD for statically determinate beam due to concentrated load
2.3 SFD BMD for statically determinate beam due to uniformly distributed load
2.4 SFD BMD for statically determinate beam due to uniformly varying load
2.5 SFD BMD for statically determinate beam under couple and combined loading
2.6 Relation between Rate of loading Shear Force and Bending Moments
2.7 Concept of Zero Shear Force Maximum Bending Moment
2.8 Point of Contraflexure
Unit - 3 Stress, Slope and Deflection on beams
3.1 Introduction to bending stress on a beam with application
3.2 Theory of simple bending
3.3 Assumptions in pure bending
3.4 Derivation of Flexural Formula
3.5 Moment of inertia of common cross section Circular Hollow circular Rectangular I T
3.6 Bending stress distribution along the same crosssection
3.7 Introduction to transverse shear stress on a beam with application
3.8 Shear stress distribution diagram along the Circular Hollow circular Rectangular I T crosssection
3.9 Introduction to slope deflection on a beam with application
3.10 Slope Deflection and Radius of Curvature
3.11 Macaulay’s Method
3.12 Slope and deflection for all Standard Beams
Unit - 4 Torsion, Buckling
4.1 Introduction to Torsion in circular shaft with application
4.2 Assumptions in Torsion Theory
4.3 Basic Torsion Formulae
4.4 Torsion in stepped and composite shaft
4.5 Torque Transmission
4.6 Torsional Resilience
4.7 Torsion on thin walledtube shafts with application
4.8 Introduction to buckling of column with application
4.9 Safe load determination by Euler’s theory
4.10 Different Column Conditions and critical load
4.10 limitations of Euler’s Theory
Unit - 5 Principal stresses, Theories of failure
5.1 INTRODUCTION TO PRINCIPAL STRESSES AND APPLICATIONS
5.2 TRANSFORMATION OF PLANE STRESS
5.3 PRINCIPAL PLANES AND STRESSES
5.4 ANALYTICAL AND GRAPHICAL METHOD FOR DETERMINING PRINCIPAL STRESSES
5.5 STRESSES DUE TO COMBINED NORMAL AND SHEAR STRESSES
5.6 INTRODUCTION TO THEORIES OF ELASTIC FAILURES WITH APPLICTION
5.7 Maximum Principal Stress Theory
5.8 Maximum Shear Stress Theory
5.9 Maximum Principal Strain Theory
5.10 Maximum Strain Energy Theory
5.11 Distortion Energy Theory
Unit - 6 Application based combined loading and stresses
6.1 Introduction to combined loading and various stresses with application
6.2 Free Body diagram and condition of equilibrium for determining internal reaction forces
6.3 Couples for 2D system
6.4 Combined problems of normal type of stresses tensile compressive and bending
6.5 Combined problem on shear type of stresses Direct and torsional
6.6 Combined problem on normal and shear type of stresses
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Other Subjects of Semester-1
Test subject2
Engineering thermodynamics
Engineering thermodynamics
Solid modeling and drafting
Engineering materials and metallurgy
Electrical and electronics engineering
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